Download in
Google Play
Bubble T and Dew T Calculations
0
Share
Save
Sign up
Sign up to get unlimited access to thousands of study materials. It's free!
Access to all documents
Join milions of students
Improve your grades
By signing up you accept Terms of Service and Privacy Policy
Sign up
Sign up to get unlimited access to thousands of study materials. It's free!
Access to all documents
Join milions of students
Improve your grades
By signing up you accept Terms of Service and Privacy Policy
Sign up
Sign up to get unlimited access to thousands of study materials. It's free!
Access to all documents
Join milions of students
Improve your grades
By signing up you accept Terms of Service and Privacy Policy
Sign up
Sign up to get unlimited access to thousands of study materials. It's free!
Access to all documents
Join milions of students
Improve your grades
By signing up you accept Terms of Service and Privacy Policy
Sign up
Sign up to get unlimited access to thousands of study materials. It's free!
Access to all documents
Join milions of students
Improve your grades
By signing up you accept Terms of Service and Privacy Policy
BUBBLE T CALCULATIONS EXAMPLE 3. Consider an ideal mixture. OF acetonitrile (1) / nitro methane (2). at pressure. OF 70 kPq. and X1 = 0.6. Det ermijne, the. Y₁ and T. Given:. Read:. Join :. P= 10 kPa X! =D.U. P = XIPI + Xm Pn sat P- XIPSat = XR PR. SCH. X₂2 P₁ sat = p - Xip, sat Piz sat P₂ sat .X2 = in Pisat 4₁. and. T. tau ation sat .P-. XIP, sat .P₂ Sa+ •. consider in Ai- in α = 'A₁ - For T: In pisat Bi T+Ci (T+ (₁) Pisar Prsat. In α = ( A₁ - AR) T i Ci= In Pisait - Ai = Ai.- POL ·TICI Bi .In Pjsat .- Ai Ai-In P. Sar. Bi . As - In P, rat In Pisat : T+Ci Bi Tt Ci Gi ( [ Avi- 102 ce ] 81 T + Cl Let a = ran: if P P₂ sa+ X2 + XIX. = X2 =' In Prisat P₁ sar P₂ sat P2 sat= B₂ T + C2 -X1X P P₂ sat P XX1 + X2 Ean. (2) · Ean. D directly. because • Ealls 2. &.3.: we cannot SONe . For T P₁ rat is also a Function. OF T ・(nonlinear. problem). · Solve by iteration.: STEPS: Assume an arbitrary value OF T (°C) ℗ calculated using Ean 2 and then p₂sat using Equation using. Ean. Calculate. T. prom . Antoine's compare ass umed T in step and. calculated T in Step ass umed T # calculated I repeat iteration procedure. IF Let in α ·Prsat T = 75°C In α = (14.895-14.7513.) x = 1,9339 Teat Teaic (Al- An) .P XXL + X2 1₂ JOf = 44.8025 kPa TO, KPg ・(1.9330) (0.600) +0.40. Bi Al-in pisat. 3381. 10 14.751m. In (44.8425) Tcalc = 1.7288°C Teak .#. Tassumed. After T= 76.6771 C In p₁...
Can't find what you're looking for? Explore other subjects.
Knowunity is the # 1 ranked education app in five European countries
Knowunity was a featured story by Apple and has consistently topped the app store charts within the education category in Germany, Italy, Poland, Switzerland and United Kingdom. Join Knowunity today and help millions of students around the world.
Still not sure? Look at what your fellow peers are saying...
iOS User
I love this app so much [...] I recommend Knowunity to everyone!!! I went from a C to an A with it :D
Stefan S, iOS User
The application is very simple and well designed. So far I have found what I was looking for :D
SuSSan, iOS User
Love this App ❤️, I use it basically all the time whenever I'm studying
Alternative transcript:
sat = 14.9950 iter atsons: 10. ·41 ± 0:7441 BI Tt.Cl •P₁ sat = 86, 8140 KPG Y1 =' Xip, sat P Y₁=. (0.00) (86.8140) t B.2 T1 C₂. 3413.10 15°C 1.250.23 x Pછૂ ડલ is calculated so we const allts for species 2. 227. 600 Repeat Iteration 3 413.10 16.0711°C + 250.523 3331.7.0 75 +227.6 Procedure use. Ear. T= 76. 6771 ° C. Pjsat = 86. 8140. kpa P₂ sat = 44.7790 K.Pq. .X.= .0.60 .X2. = .0.40 YL = .0.7.441. 42 = 0.2559. CREATION. OF TXY PLOT EXAMPLE 4. P= 10 kPa.. plot Given a. mixture .OF. ace tonitrile a. Txy. dla gram.. Given : Read: Plot Join: P = 10 KPQ • For in pisat -T₁ sat Find Tisat and Insat using Antoine's equation In pisat Bj = Ai- .Tt ci + Ci Bi In Pisat - Ai ace to nitrile (1) the ixy diagram ・T₁ sat = 70.0611° C T.C. 10. 0011 89. 6200 Ai = @ 12°C .and save. For. XI 1.4₁ In pisat 3413.10 14.8950-In (70 kPa). plot. Txy diagram, set values Bi TrCi 14.8950.- XL = 0.87 46 XI P₁ sat = 74. un 67 KPQ 250:5123 8419-10 12 + 250.523. P=⋅ X₁. (P₁SCH. Pasat). t. Pasat X1= P- Pesat Pisa Pasc Ean. For. I, sat. (1) OF T and For nitro methane (2) .33.31..70 to sat 14.1513 -In (70kPa) Tosat 89.4200 °C as TRSCH ≤ T ≤ T₁ sat In. Pesat nitro me thane (₂) CH то кра- эт. 143,2 кру 14.6267 kPa-.37.7432XPG. ·=· 14: 75-13 = Pasat = 37.7432 kPa - y₁= -2127 200 y₁ = 0.9324 . 3331,70 X₁ pisat P Y₁= (0.8740) (14.4747) TU KPg -12 22.1.6. PEW T CALCULATIONS EXAMPLE 3: Given a mixture OF acetonitrile (1) and T. and. XI. at P=.10.KPO and y₁=determine Given : P.= 10 кра y1 = 0.00 Read: T.&.XI. Sofil: Dew T. calculation .Yip = xi pisat xis Hip. Pisat Binary system.: .X1 + X1₂ = 1 Y.IP Pisat P( P.(!! VI Disat Pisar. PC VID, San Pisat угр Po sat t Tcale = Pisat B₂2 sat ·Teak = yż Psat ५२ P₂ Sar P(y₁ + y₂ x) = P₁ sat psat = P(y! + y2 a) sample. Iteration O Let T = 15 °C (2. In x= ⋅ (A₁- AR). + x = 1.93 39. (5) P₁ sat = P (Y₁+ 42 x) •T calc 79.9122 1 Y2 Pisar P₂ sat =1 Proce dure. 17 = pisat in α= (14.8950 - 14. 75 15 ) = 3413.10 75 + 250.123 BI Tr.Ci Ean. 4 Pisat = 10 kPa 60.600 + 0.40. (1..9339).) P₁ sat = 96. 1485 KPC. . Al-In pisat. ·3419..10. 148930-111(96-1485) tan. 4. .BR. TTCR -1250 Iteration Procedure: Ass ume an arbitrary value of. T.(°C). 2 calculate a using E an. Ⓒ and then Pisat using ean. Ⓒ nitromethane. (n) calculate. I from Ean using ean 3 compare. and 5 IF. ass umed . т.. repech the 3331.70. ·79 +227:6 5 . Arito ine's. ass umed I in step calculated t. in step I & calculated iteration. Comp are as sumed 1 vs Tcalc 15 °C. . 19. 9/12: C. .Repeat iteration. After iterations T= 19.135 °C For Pisat In P₁ salt = Ai - Solve in Pisat = 14. 8.950 Pisat = 25.01TR KPO SONe For Pq sat In Pesat = 14.7513- Prisat = Solve A1 = . - T1. Cl ча. 993 г кра For XI ∙Pi-Prsat P,SCH_ Pasat X₁ = 0.43 92 X₂ = 0: 5607 3413:10 79.735 + 250.523 3331. 10 ·79:735 +227 6000° то кра- ца. яз 32 кра 95.6172 KPQ- 49.9392 XPq
This note has solved examples in getting the bubble temperature and dew temperature in solution thermodynamics.
This note has solved examples in getting the bubble temperature and dew temperature in solution thermodynamics.
Similar Content
0
Bubble T and Dew T Calculations - Flashcards
110
Gas Laws Notes 💨
Unit 12 of Chemistry Honors (Inorganic)
11
Unit 4 Chemistry notes
Unit 4 chemistry notes (grade 10) intro to gases
26
Gas Laws
This note showcases four different gas laws used in chemistry, Boyle’s, Charle’s, Lussac’s, and even the combined gas law. there is a step-by-step example on how to evaluate a Combied Gas law.
0
Thermodynamics involving a Boiler - Flashcards
0
The general gas equation - Flashcards
BUBBLE T CALCULATIONS EXAMPLE 3. Consider an ideal mixture. OF acetonitrile (1) / nitro methane (2). at pressure. OF 70 kPq. and X1 = 0.6. Det ermijne, the. Y₁ and T. Given:. Read:. Join :. P= 10 kPa X! =D.U. P = XIPI + Xm Pn sat P- XIPSat = XR PR. SCH. X₂2 P₁ sat = p - Xip, sat Piz sat P₂ sat .X2 = in Pisat 4₁. and. T. tau ation sat .P-. XIP, sat .P₂ Sa+ •. consider in Ai- in α = 'A₁ - For T: In pisat Bi T+Ci (T+ (₁) Pisar Prsat. In α = ( A₁ - AR) T i Ci= In Pisait - Ai = Ai.- POL ·TICI Bi .In Pjsat .- Ai Ai-In P. Sar. Bi . As - In P, rat In Pisat : T+Ci Bi Tt Ci Gi ( [ Avi- 102 ce ] 81 T + Cl Let a = ran: if P P₂ sa+ X2 + XIX. = X2 =' In Prisat P₁ sar P₂ sat P2 sat= B₂ T + C2 -X1X P P₂ sat P XX1 + X2 Ean. (2) · Ean. D directly. because • Ealls 2. &.3.: we cannot SONe . For T P₁ rat is also a Function. OF T ・(nonlinear. problem). · Solve by iteration.: STEPS: Assume an arbitrary value OF T (°C) ℗ calculated using Ean 2 and then p₂sat using Equation using. Ean. Calculate. T. prom . Antoine's compare ass umed T in step and. calculated T in Step ass umed T # calculated I repeat iteration procedure. IF Let in α ·Prsat T = 75°C In α = (14.895-14.7513.) x = 1,9339 Teat Teaic (Al- An) .P XXL + X2 1₂ JOf = 44.8025 kPa TO, KPg ・(1.9330) (0.600) +0.40. Bi Al-in pisat. 3381. 10 14.751m. In (44.8425) Tcalc = 1.7288°C Teak .#. Tassumed. After T= 76.6771 C In p₁...
BUBBLE T CALCULATIONS EXAMPLE 3. Consider an ideal mixture. OF acetonitrile (1) / nitro methane (2). at pressure. OF 70 kPq. and X1 = 0.6. Det ermijne, the. Y₁ and T. Given:. Read:. Join :. P= 10 kPa X! =D.U. P = XIPI + Xm Pn sat P- XIPSat = XR PR. SCH. X₂2 P₁ sat = p - Xip, sat Piz sat P₂ sat .X2 = in Pisat 4₁. and. T. tau ation sat .P-. XIP, sat .P₂ Sa+ •. consider in Ai- in α = 'A₁ - For T: In pisat Bi T+Ci (T+ (₁) Pisar Prsat. In α = ( A₁ - AR) T i Ci= In Pisait - Ai = Ai.- POL ·TICI Bi .In Pjsat .- Ai Ai-In P. Sar. Bi . As - In P, rat In Pisat : T+Ci Bi Tt Ci Gi ( [ Avi- 102 ce ] 81 T + Cl Let a = ran: if P P₂ sa+ X2 + XIX. = X2 =' In Prisat P₁ sar P₂ sat P2 sat= B₂ T + C2 -X1X P P₂ sat P XX1 + X2 Ean. (2) · Ean. D directly. because • Ealls 2. &.3.: we cannot SONe . For T P₁ rat is also a Function. OF T ・(nonlinear. problem). · Solve by iteration.: STEPS: Assume an arbitrary value OF T (°C) ℗ calculated using Ean 2 and then p₂sat using Equation using. Ean. Calculate. T. prom . Antoine's compare ass umed T in step and. calculated T in Step ass umed T # calculated I repeat iteration procedure. IF Let in α ·Prsat T = 75°C In α = (14.895-14.7513.) x = 1,9339 Teat Teaic (Al- An) .P XXL + X2 1₂ JOf = 44.8025 kPa TO, KPg ・(1.9330) (0.600) +0.40. Bi Al-in pisat. 3381. 10 14.751m. In (44.8425) Tcalc = 1.7288°C Teak .#. Tassumed. After T= 76.6771 C In p₁...
Can't find what you're looking for? Explore other subjects.
Knowunity is the # 1 ranked education app in five European countries
Knowunity was a featured story by Apple and has consistently topped the app store charts within the education category in Germany, Italy, Poland, Switzerland and United Kingdom. Join Knowunity today and help millions of students around the world.
Still not sure? Look at what your fellow peers are saying...
iOS User
I love this app so much [...] I recommend Knowunity to everyone!!! I went from a C to an A with it :D
Stefan S, iOS User
The application is very simple and well designed. So far I have found what I was looking for :D
SuSSan, iOS User
Love this App ❤️, I use it basically all the time whenever I'm studying
Alternative transcript:
sat = 14.9950 iter atsons: 10. ·41 ± 0:7441 BI Tt.Cl •P₁ sat = 86, 8140 KPG Y1 =' Xip, sat P Y₁=. (0.00) (86.8140) t B.2 T1 C₂. 3413.10 15°C 1.250.23 x Pછૂ ડલ is calculated so we const allts for species 2. 227. 600 Repeat Iteration 3 413.10 16.0711°C + 250.523 3331.7.0 75 +227.6 Procedure use. Ear. T= 76. 6771 ° C. Pjsat = 86. 8140. kpa P₂ sat = 44.7790 K.Pq. .X.= .0.60 .X2. = .0.40 YL = .0.7.441. 42 = 0.2559. CREATION. OF TXY PLOT EXAMPLE 4. P= 10 kPa.. plot Given a. mixture .OF. ace tonitrile a. Txy. dla gram.. Given : Read: Plot Join: P = 10 KPQ • For in pisat -T₁ sat Find Tisat and Insat using Antoine's equation In pisat Bj = Ai- .Tt ci + Ci Bi In Pisat - Ai ace to nitrile (1) the ixy diagram ・T₁ sat = 70.0611° C T.C. 10. 0011 89. 6200 Ai = @ 12°C .and save. For. XI 1.4₁ In pisat 3413.10 14.8950-In (70 kPa). plot. Txy diagram, set values Bi TrCi 14.8950.- XL = 0.87 46 XI P₁ sat = 74. un 67 KPQ 250:5123 8419-10 12 + 250.523. P=⋅ X₁. (P₁SCH. Pasat). t. Pasat X1= P- Pesat Pisa Pasc Ean. For. I, sat. (1) OF T and For nitro methane (2) .33.31..70 to sat 14.1513 -In (70kPa) Tosat 89.4200 °C as TRSCH ≤ T ≤ T₁ sat In. Pesat nitro me thane (₂) CH то кра- эт. 143,2 кру 14.6267 kPa-.37.7432XPG. ·=· 14: 75-13 = Pasat = 37.7432 kPa - y₁= -2127 200 y₁ = 0.9324 . 3331,70 X₁ pisat P Y₁= (0.8740) (14.4747) TU KPg -12 22.1.6. PEW T CALCULATIONS EXAMPLE 3: Given a mixture OF acetonitrile (1) and T. and. XI. at P=.10.KPO and y₁=determine Given : P.= 10 кра y1 = 0.00 Read: T.&.XI. Sofil: Dew T. calculation .Yip = xi pisat xis Hip. Pisat Binary system.: .X1 + X1₂ = 1 Y.IP Pisat P( P.(!! VI Disat Pisar. PC VID, San Pisat угр Po sat t Tcale = Pisat B₂2 sat ·Teak = yż Psat ५२ P₂ Sar P(y₁ + y₂ x) = P₁ sat psat = P(y! + y2 a) sample. Iteration O Let T = 15 °C (2. In x= ⋅ (A₁- AR). + x = 1.93 39. (5) P₁ sat = P (Y₁+ 42 x) •T calc 79.9122 1 Y2 Pisar P₂ sat =1 Proce dure. 17 = pisat in α= (14.8950 - 14. 75 15 ) = 3413.10 75 + 250.123 BI Tr.Ci Ean. 4 Pisat = 10 kPa 60.600 + 0.40. (1..9339).) P₁ sat = 96. 1485 KPC. . Al-In pisat. ·3419..10. 148930-111(96-1485) tan. 4. .BR. TTCR -1250 Iteration Procedure: Ass ume an arbitrary value of. T.(°C). 2 calculate a using E an. Ⓒ and then Pisat using ean. Ⓒ nitromethane. (n) calculate. I from Ean using ean 3 compare. and 5 IF. ass umed . т.. repech the 3331.70. ·79 +227:6 5 . Arito ine's. ass umed I in step calculated t. in step I & calculated iteration. Comp are as sumed 1 vs Tcalc 15 °C. . 19. 9/12: C. .Repeat iteration. After iterations T= 19.135 °C For Pisat In P₁ salt = Ai - Solve in Pisat = 14. 8.950 Pisat = 25.01TR KPO SONe For Pq sat In Pesat = 14.7513- Prisat = Solve A1 = . - T1. Cl ча. 993 г кра For XI ∙Pi-Prsat P,SCH_ Pasat X₁ = 0.43 92 X₂ = 0: 5607 3413:10 79.735 + 250.523 3331. 10 ·79:735 +227 6000° то кра- ца. яз 32 кра 95.6172 KPQ- 49.9392 XPq